\section{Further work}

In this thesis only a $H_2$-flame has been studied. In prescribed pdf method assumes that $Le=1$, which is a reasonable approximation for turbulent combustion of hydrocarbon fuels, but not necessarily true for turbulent nonpremixed $H_2$-flames.

The data set for the DLR-A Flame $22\% CH_4, 33\% H_2, 45\% N_2$ has higher resolution. The method of implementing curvefitted functions of $\tilde{\xi}$ for this flame could yield more accurate results.  

\section{Creating a flamelet library}

In FlameMaster \cite{FlameMaster}. A good description of how to create flamelet libraries is given in \cite{PitschFlamelet} and \cite[p.388]{versteeg2007introduction}.